Rhinoplasty Surgery in Ankara, Turkey

Rhinoplasty is a surgical procedure performed to improve the shape and function of the nose. It is preferred both for aesthetic concerns and for breathing problems. By reshaping the bone and cartilage structures, the goal is to achieve a natural appearance that is harmonious with the face.

Open and closed rhinoplasty techniques are chosen according to the patient’s needs. In open rhinoplasty, a small incision is made on the columella, while in the closed technique all incisions are placed inside the nostrils. The most suitable method depends on the nasal anatomy and the aesthetic goals.

Recovery after rhinoplasty varies from person to person. Swelling and bruising are normal in the first few days, and nasal splints/packs are typically removed within about one week. Final results may take several months to settle, but the overall appearance becomes noticeably clearer within the first weeks.

Revision rhinoplasty is performed when the desired outcome was not achieved after a previous surgery. This procedure is technically more challenging than a primary operation and requires a detailed preoperative evaluation. Choosing an experienced surgeon is critical for a successful result.

What Is Rhinoplasty?

Rhinoplasty is a surgical procedure performed to correct aesthetic and/or functional problems of the nose, such as a dorsal hump, a drooping nasal tip, asymmetry, or breathing difficulties. During the operation, the nasal bone and cartilage framework is reshaped to achieve a more balanced, natural-looking result while also improving nasal function when needed.

Why are facial analysis and profiloplasty important in rhinoplasty?

When you look in the mirror, you may naturally focus only on the hump on your nasal bridge or a drooping tip. However, in medical aesthetic evaluation, we never see the nose as an isolated structure. A truly aesthetic nose reveals itself only when it is combined with a harmonious forehead, a balanced chin projection, and well-positioned cheekbones. This holistic approach is called “profiloplasty.”

Detailed analyses show that many rhinoplasty candidates actually have additional factors such as a retruded chin or forehead-related disproportions. Imagine this: in a patient with a recessed chin, the nose is perceived as larger, longer, and more projected than it truly is. If we only reduce the nose in such a patient, the chin retrusion may become even more obvious and an undesirable “bird-like” profile can appear. Instead, while refining the nose to ideal proportions, a subtle enhancement to the chin can dramatically improve profile balance and make the nose appear far more elegant.

Likewise, the depth of the angle between the forehead and the nasal radix directly affects the expression and perceived harshness of the eyes. If this area is too shallow or too deep, it can completely change how the nose sits within the face. For a successful result, it is essential to evaluate the entire aesthetic line from the hairline down to the chin tip—not only millimetric nasal measurements.

Some key parameters evaluated during facial analysis include:

• Forehead width
• Brow structure
• Radix (nasal root) depth
• Upper lip length
• Chin projection
• Cheekbone prominence

Each of these parameters determines the visual “space” the nose occupies on the face and its projection angle. For example, in a patient with a short upper lip, lifting the nasal tip too much may lead to gum show. That’s why the analysis phase is just as vital as the surgery itself.

How does 3D simulation technology affect rhinoplasty outcomes?

In the past, aesthetic surgery often felt like a “closed box” for patients. People would enter surgery with uncertainty, trying to understand the surgeon’s vision: “Did my doctor understand me?” “Will it suit my face?” Today, advanced imaging systems and 3D simulation technologies (such as high-resolution facial scanning platforms) help reduce this uncertainty significantly.

These systems capture your face from multiple angles and build a 3D digital model. On this model, we can plan—down to millimetric detail—how much the hump will be reduced, how much the tip will be refined or rotated, and how the nostrils may be shaped. This process is valuable not only for letting you visualize a target result, but also for guiding surgical planning by considering factors such as skin thickness and tissue behavior.

The greatest benefit of simulation is that it creates a shared language. Your idea of “natural” may differ from a surgeon’s definition. On the simulation, you can express your preferences more clearly—such as “a little more curve” or “keep the tip slightly lower”—which helps minimize the risk of postoperative disappointment.

One important point: simulations are not a “guarantee of outcome,” but rather a “goal-setting tool.” The digital environment does not include swelling, bleeding, scar tissue, or biological healing variations. Still, it is one of the most effective communication bridges to help you and your surgeon align on the same vision before surgery.

What are the differences between open and closed rhinoplasty techniques?

Technique selection is one of the most confusing topics for many patients. On social media, you may see absolute statements like “closed is better” or “open is more reliable.” In medicine, there is rarely a single universal truth—there is “the right choice for the right patient.” Both techniques have unique advantages; what matters most is what your nose actually needs.

In the open technique, a small incision is made on the columella (the strip of skin between the nostrils), and the nasal skin is lifted to expose the underlying framework. This gives the surgeon full visibility and control, allowing detailed, precise work—especially in complex cases. Open rhinoplasty is particularly advantageous for significant deviations, difficult tip deformities, pronounced asymmetry, and revision cases where internal scarring must be clearly seen.

Situations where open rhinoplasty is often preferred include:

• Significant nasal deviations
• Revision surgeries
• Complex nasal tip problems
• Advanced asymmetry
• Cleft lip nose reconstructions

In the closed technique, all incisions are made inside the nostrils, leaving no visible external scar. Because the soft tissue attachments are less disrupted, postoperative swelling may be slightly reduced. It can produce excellent results in patients who mainly need hump reduction and do not have complex tip issues. However, it is technically more demanding for the surgeon due to limited visibility and requires significant experience.

In recent years, “hybrid” or “subperichondrial” approaches that combine the advantages of both methods have also become common. The goal is to protect vascular and nerve networks, minimize tissue trauma, and achieve maximum refinement. Ultimately, the choice of technique is based entirely on your anatomy and the desired outcome—and your surgeon should select the safest method that delivers the best result for you.

Why is preservation rhinoplasty increasingly preferred?

For many years, the standard approach in traditional rhinoplasty was to cut, rasp, and remove the bony-cartilaginous hump forming the nasal “roof,” and then reconstruct the open roof afterward. In some cases, this could disrupt the natural light-and-shadow lines of the nasal dorsum, reduce the natural sheen of the tissues, or lead to palpable irregularities over time. This is where the philosophy of “Preservation Rhinoplasty” began to change the rules.

The core principle of preservation rhinoplasty is—just as the name suggests—to preserve. Instead of disrupting the smooth, natural dorsum by breaking it apart, we aim to keep it intact as a unified structure. So how do we reduce the nose without cutting the dorsum? You can think of it like lowering an elevator rather than breaking the roof: by removing small strips of bone and cartilage from the lower supporting structures, we allow the intact dorsum to move down as a whole (push-down) or be lowered (let-down).

The biggest advantage is that the original, smooth architecture of the nasal dorsum remains undisturbed. As a result, issues like dorsal collapse, sharp edges, or unnatural light reflection problems are less likely. In addition, because key support ligaments are better preserved, the nasal tip can maintain a more natural softness and mobility—rather than feeling rigid.

Recovery is often faster because lymphatic and vascular structures are better protected. However, preservation techniques are not suitable for every nose. In very severe humps or significant deviations, a combination with classic methods may be necessary. Suitability is determined through detailed examination and (when indicated) imaging.

Is it possible to reshape bones without “breaking” them using piezo surgery?

In the past, the most feared part of rhinoplasty was often the intense bruising and swelling around the eyes—sometimes so significant that patients’ eyes appeared “closed.” A major reason was the trauma caused by using relatively coarse instruments like chisels and hammers for bone work. Technology has significantly changed this area, introducing “Piezo” ultrasonic bone shaping devices.

Piezo technology uses ultrasonic vibrations. Its most impressive and safety-enhancing feature is selectivity: it targets and cuts only hard tissue (bone). When the tip encounters soft tissues—such as vessels, nerves, mucosa, or skin—it is far less likely to injure them compared to traditional tools. This significantly increases surgical precision and safety.

Key advantages of piezo surgery include:

• Minimal bleeding
• Less bruising
• Less swelling
• Millimetric precision
• Faster recovery

Rather than “breaking” bones in a traumatic way, piezo allows the surgeon to sculpt the nasal bones with the precision of a sculptor working on marble—cutting, smoothing, and shaping as needed. This can also support smoother bone healing and more predictable refinement, especially when narrowing a wide nasal base or correcting bony asymmetries.

Can rhinoplasty also improve breathing problems?

Yes—and it should. For a surgeon, a nose that looks good but cannot breathe well is not a successful outcome. The nose’s most vital function is breathing, and aesthetic goals should never compromise it. In modern rhinoplasty planning, correcting structural airway problems in the same session is considered a standard approach whenever indicated.

One of the most common causes of nasal obstruction is septal deviation. The septum is the cartilage-and-bone wall that divides the nasal cavity into two sides. When it is deviated, it narrows airflow. During surgery, we can correct the deviated portions, open the airway, and often reuse healthy septal cartilage as structural grafts—supporting both function and aesthetics.

Another frequent contributor is turbinate hypertrophy (enlarged nasal turbinates), often related to allergies or compensatory swelling in response to deviation. Modern methods (including radiofrequency and other tissue-sparing techniques) can reduce turbinate volume while preserving their essential role in warming, humidifying, and filtering air.

Common anatomical issues that can affect airflow include:

• Septal deviation
• Turbinate hypertrophy
• Nasal valve narrowing
• Nasal polyps
• Adenoid hypertrophy

Addressing these factors during rhinoplasty can improve not only appearance, but also sleep quality and daily breathing comfort.

Why are revision rhinoplasty surgeries more difficult?

When a patient has undergone one or more previous nasal surgeries and is unhappy with the result, performing another corrective operation is called “revision rhinoplasty.” These surgeries are among the most challenging areas of plastic surgery—demanding high experience, but also providing extremely rewarding outcomes when successful. The first surgery may have failed to achieve the desired appearance, breathing issues may persist, or collapse and drooping may develop over time.

The main difficulty is that the surgeon faces a “non-virgin” anatomy. Natural tissue planes are disrupted; the skin may be adherent to cartilage; and dense scar tissue can form, limiting mobility and requiring much more delicate dissection. In addition, valuable cartilage reserves inside the nose (septum) are often partially used or depleted in the first operation.

To rebuild the nasal framework, reinforce the dorsum, and support the tip, we need strong cartilage grafts. If there isn’t enough septal cartilage left, we may harvest cartilage from other areas. Common donor sources include:

Auricular (ear) cartilage

Costal (rib) cartilage

Cadaveric cartilage

Temporal fascia

Ear cartilage is softer and is often used for tip refinement and gentle contour transitions. Rib cartilage, on the other hand, is considered the gold standard for major reconstructions—such as correcting significant collapse (“saddle nose”)—because it is strong and tends to be durable long term. With modern techniques, rib cartilage can be harvested through a small incision, minimizing pain and functional impact. Revision surgery is essentially a reconstruction process, and in experienced hands it can deliver satisfying results even for patients who have lost hope.

What is the recovery like after surgery, and is it painful?

One of the biggest concerns is postoperative pain—but here is a surprising truth: rhinoplasty is generally a low-pain procedure. Most patients describe the experience not as sharp pain, but as a sense of fullness and pressure—similar to having a strong cold. With modern anesthesia and tissue-respecting techniques (including piezo bone work), the need for strong painkillers is usually minimal.

The first 48 hours are when swelling is most intense. Keeping the head elevated (sleeping with two pillows) and applying intermittent cold compresses around the eyes can greatly improve comfort. Another common fear is “packing removal,” but this is much easier today because many surgeons use breathable silicone splints rather than traditional gauze packing. Removal is typically not painful—patients mostly feel a brief sliding sensation.

Around the end of the first week, the external splint/cast and sutures are removed. At that point, “social recovery” is often considered complete—you can return to work, meet friends, and use makeup. However, “biological healing” continues. Full refinement requires time as the skin settles onto the new framework.

Typical healing milestones include:

• First 3 days: peak swelling
• Week 1: splint removal
• Month 1: major swelling improves
• Month 3: definition becomes clearer
• Year 1: full healing

In patients with thicker skin, this timeline can extend to 18–24 months. Patience during this phase is a key part of success.

What restrictions should be followed during the healing period?

If 50% of success is the surgeon’s performance, the other 50% is how well the patient protects the nose afterward. In the first weeks, the nasal structure is still settling and is more vulnerable to pressure and impact. Following temporary restrictions carefully is essential for protecting your long-term result.

Glasses are one of the most common questions. For the first 2–3 months, many surgeons recommend avoiding both sunglasses and prescription glasses because pressure on healing nasal bones can contribute to indentations or shape changes. During this period, contact lenses—or taping glasses to the forehead when necessary—may be safer alternatives.

Smoking is one of the greatest enemies of healing. Nicotine constricts blood vessels, reduces blood flow, delays wound healing, increases infection risk, and can make swelling more persistent. Avoiding smoking for at least 2 weeks before and after surgery is strongly recommended.

Common restrictions during recovery include:

• Wearing glasses
• Smoking and tobacco products
• Heavy workouts and weightlifting
• Direct sun exposure
• Hot baths, hammams, and saunas
• Sleeping face-down
• Any impact to the nose

Returning to exercise should be gradual. Light walks are often allowed and encouraged from the first week, but intense training that raises blood pressure should usually wait at least 4–6 weeks.